This is my #pandemic preparedness for the next few months. I fear a massive caseload and death in the winter months ahead of us. I also have humidifiers (which provide warm mist) for emergency use. I plan to take a shower every day with hot water.
There are studies to support the use of face shields & inhaling warm steam. Both approaches worked well. There are no studies for taking a hot shower though. But this is from common sense. All these will keep inhaling air hot & humid which will prevent fav virus replication.
These approaches should work at the very early stage. When a virus spreads in the body (I mean at a later stage), there is no reason to think that these will work.
I think that the coming days are bad. I have seen from data that vaccines did not provide protection during the winter time last year. There are no other alternate measures at this time.
I also plan to keep myself active either playing soccer, doing indoor physical exercise, walking, running, or even using stairways instead of the elevator. All these will keep the nasal airway warm. I plan to spend time outdoors (without masks) when it is freezing cold.
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It is really scary to speak against vaccination in public when I personally somewhat convinced that vaccine helps to prevent hospitalizations & deaths. If people avoid taking it and contract COVID while not knowing how they can reduce sickness, then it is a very tragic situation.
When someone asks me what he would do regarding vaccination, my advice generally goes to take it with some explanation because I know he won't be able to follow the NPIs that I generally follow simply due to a lack of confidence.
My year-long research on weather & COVID dynamics led me to view differently on vaccination. I noticed that our experts have zero understandings of weather's role on respiratory illnesses. If they knew it, they would definitely set this as a control parameter in vaccine trials.
We mostly studied US covid cases last year Fall-Winter time. We found that there is a certain indoor wet bulb temp which is more contagious than the others. This calculation is approximately accurate when people are supposed to use heaters or do not use indoor ACs.
However, during cooling time calculation and prediction is far more complicated. Therefore, I checked US COVID cases for weather conditions from March 20th 2021 to March 28th 2021 when US had a plateau or slight increase in cases. My calculation includes 1532 US counties.
I found exactly the same pattern as what I found from last year's case studies. There is an existence of a virus fav indoor climate. Here is my validation argument- you can get a low number of cases for any indoor condition because there may have multiple factors involved in it.
If vaccinated persons have COVID symptoms, after getting the shot (no matter when happening), they should be tested while not ignoring as a vaccine side effect. If they become negative in the nasal swabs, in clinical trials they are termed as COVID suspected but not confirmed.
Within 7 days after taking any shot, the vaccinated group, in the Pfizer-BioNTech clinical trial, had a higher number of suspected but not confirmed cases compared to the placebo group. Therefore, I believe any such symptomatic case should be further recommended for stool tests.
If their nasal swab tested negative, they still may shed virus from shared toilets or in the same household. If you look at kid's hospitalization, you notice that this is all-time high since the pandemic began even though cases were at peak in January. covid.cdc.gov/covid-data-tra…
When it is super hot outdoor (higher temp and humidity, means outdoor WBT high), cases are expected to grow. However, it is not the heat that makes cases grow, rather living indoors in AC keeps cases to grow. The comfortable WBT (around 12-14C) is the most infectious.
The left curve without log plot on y-axis.
I took time to check this year's COVID cases. US had summer surge starting approximately on July 6th this year. COVID cases are higher in those counties which had hot outdoors. Next I will check with COVID cases with vaccination rate while keeping outdoor WBT same.
Israel and Lebanon are neighboring countries. Israel vaccinated its population massively (67.95%), while Lebanon did not (only 18.49%). Technically speaking, Israel should be in a much better position than Lebanon.
Both countries had a recent summer surge. However, Lebanon curve already turned down. The death rate in both countries also differs significantly. Despite very low vaccination, Lebanon is in a much better position.
Vaccination clearly does not show a positive outcome. Let's examine their respective weather. Even though they are neighboring countries, they share different weather at different locations. However, weather is similar in both countries' capital, located in coastal areas.
@EricTopol In winter (outdoor temp at 5C), 14 fold decreases, and in summer (outdoor temp at 18C) 2 fold decreases. They did not mention the place. I would check the humidity. Now our study suggests 12-13C WBT is the most infectious. Therefore it was safe with windows open in winter. 1/
@EricTopol However, in summer when windows were open WBT could be near to 12-14C. It will depend on humidity as well. They said something bizarre in the discussion. In winter, natural ventilation is low which is related to diffusion. But when you keep windows open you expect convection. 2/
@EricTopol Their argument about ventilation is not the right thing here. In both climates, they kept windows open and got two different outcomes. The temperature and relative humidity which has played the ultimate role here. Therefore, when you ventilate you have to be careful on this. 3/